HMTSW-110-27-G-Q-200

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The HMTSW-110-27-G-Q-200 is a male pin rectangular header connector that is widely used in the industry. Its applications range from applications that need power delivery and signal transmission, such as computer motherboards and other PCB assemblies. This header connector is ideal for applications that require high-current flow, vibration durability, and protection against environmental hazards such as water, dust, and corrosion.

The HMTSW-110-27-G-Q-200 is constructed out of an extruded aluminum shell with a stainless steel spring fixture. The aluminum shell is designed to provide protection from environmental hazards as well as provide structural strength and durability. Inside the shell, the male pin contacts are constructed with phosphor bronze and tin plated for maximum current carrying capacity. The stainless steel spring fixture ensures reliable connection between the male pins and the mating tab.

The working principle of the HMTSW-110-27-G-Q-200 is quite simple and straightforward. It consists of two parts: a male pin component and a mating tab component. The male pin component is inserted into the mating tab component and then locked in place. The male pin is then made to contact with the mating tab. When the two components are pressed together, they make an electrical connection, allowing the transfer of power and signals from one component to another.

The HMTSW-110-27-G-Q-200 can also be used to provide a secure, flexible connection between multiple boards. By using multiple male pins, it is possible to connect multiple boards in a single connection. This allows for increased flexibility and scalability. In addition, the multiple male pins provide greater protection against environmental hazards and allow for more reliable current flow.

Overall, the HMTSW-110-27-G-Q-200 is a reliable and cost-effective rectangular connector that can be used in a variety of applications. It is designed to handle a variety of signals and currents, providing reliable connections that are secure and vibration resistant. Its robust design makes it an ideal choice for applications that require high-current delivery and protection against environmental hazards.

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